Tags :power-electronics

Synopsys Sentaurus TCAD 2026: A Platform for Advanced Semiconductor Simulation Sentaurus TCAD is Synopsys’ industry-standard Technology Computer-Aided Design (TCAD) software suite for simulating and optimizing semiconductor processes and devices. It is widely recognized in both academic research and industrial development as the leading platform for semiconductor device simulation . The 2026 version continues this legacy, with significant developments and applications documented throughout the year. Key Applications and Developments in 2026 Advanced Device and Materials Modeling In 2026, Sentaurus TCAD has been central to simulating advanced transistor designs, including conventional MOS structures, High Electron Mobility Transistors (HEMTs), and next-generation power devices . The platform’s ability to handle complex materials and structures has been demonstrated in recent studies, such as the simulation...

PSCAD 5.1 is the latest release of the world’s leading electromagnetic transient simulation software for power systems analysis. Developed by Manitoba Hydro International (MHI), it provides a powerful graphical interface to the renowned EMTDC simulation engine, enabling engineers to schematically construct circuits, run simulations, analyze results, and manage data in a completely integrated environment. What’s New in PSCAD 5.1 Project-Based Fortran Compiler Settings Define Fortran compiler and Visual Studio configurations on a per-project or per-simulation-task basis, improving flexibility and control across different studies with varying compiler requirements. Parallel EMTDC Subsystem Solving Subsystems within a single project can now be solved in parallel, delivering noticeable performance gains for models containing multiple subsystems and reducing overall simulation time. Automatic Page Module Creation...

SmartCtrl 2025.1: The Integrated Platform for Next-Generation Drive & Power Control Development SmartCtrl 2025.1 is a sophisticated, model-based control design and implementation software suite specifically engineered for the development of advanced motor drives, power electronic converters, and motion control systems. It provides a seamless, integrated environment where control engineers can move from initial system modeling and algorithm design through simulation, rapid prototyping, and finally to automatic generation of production-ready code for microcontrollers (MCUs) or digital signal processors (DSPs). This end-to-end workflow dramatically accelerates the development cycle for complex control systems in applications ranging from industrial automation and electric vehicles to renewable energy and robotics. Core Philosophy: From Concept to Controller in One Cohesive Flow SmartCtrl’s primary strength is its ability...